Multi-Band Cooperative Spectrum Sensing in RF Powered Cognitive Radio Networks

M. Basharat, W. Ejaz, K. Raahemifar, A. Anpalagan
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引用次数: 3

Abstract

The rapid growth of modern wireless applications results in spectrum and energy scarcity. Cognitive radio (CR) technology is pivotal to resolve spectrum shortage. However, energy consumption is a critical issue in CR networks (CRNs) due to the unique functionality of spectrum sensing. Besides RF energy harvesting has come up as a potential solution to provide energy to CR devices. In this paper, we first provide an overview of spectrum sensing in CRNs with RF energy harvesting. Then, we propose a framework for multi-band spectrum sensing in CRNs with RF energy harvesting. We formulate a problem to optimize sensing time for throughput maximization while protecting primary users and keeping a minimum level of residual energy. Simulation results show the performance of multi-band cooperative spectrum sensing in terms of average throughput and energy harvested.
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射频供电认知无线网络中的多频带协同频谱感知
现代无线应用的快速发展导致了频谱和能源的短缺。认知无线电技术是解决频谱短缺的关键技术。然而,由于频谱感知的独特功能,能量消耗是CR网络(crn)中的一个关键问题。此外,射频能量收集已成为向CR设备提供能量的潜在解决方案。在本文中,我们首先概述了具有射频能量收集的crn中的频谱感知。然后,我们提出了一种基于射频能量收集的crn多波段频谱传感框架。我们制定了一个问题,以优化传感时间,以实现吞吐量最大化,同时保护主要用户并保持最小的剩余能量水平。仿真结果表明了多频段协同频谱感知在平均吞吐量和能量收获方面的性能。
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